boron-involved catalysis

Boron-involved catalysis involves using boron atoms or compounds to speed up chemical reactions. Boron can modify the way molecules interact, often by accepting electrons or forming transient bonds, which lowers the energy barrier for reactions to occur. This makes processes more efficient and selective. Boron-based catalysts are used in various applications like organic synthesis, polymer production, and environmental cleanup. Their unique electronic properties and ability to work under mild conditions make them valuable tools for enhancing chemical transformations in a controlled and sustainable manner.